Vol. 15â1961 - NorthEastern Weed Science Society

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202. Table 10. B~oadleaf <strong>Weed</strong> Con~rol Following Applicat1Qn of Various Thiolcarbamates and Dichlo~obenzonitrile ' 1 /' Means (%) converted Means Rank Ac~e rate of herbicid~, to angles ~% 4# Dichlo~obenzonitrile 'PL, 90.00'~Y 1 6# R-206l . PL 81.01 '.' 2 4# R-1607 PL 61.74 3 '. PL 6# R-1607 60.82-: 4# EFTC PL 47.48 ~ 4# R-2061 PL 38.20 6 .. PL: 6# EFTC 37-'or '~:.':'. 7 L.S.D. 5% 1%' 11 Applied at plan ting;a1l~:he:rbicides were worked: into the top inch of soil. . , ,. 2/ Means included within brackets are not signit:lc~ntly ~iffe~ant - a t the 5%level (Duncan "13Multiple Range Test) ~ ; " . I . -
ANNUALWEEDCONTROLIN POTATOESWITHDNBP, DALAPON,DACTHAL, TRIErAZINE, ANDOTHEl1HERBICIDES· M.F. Trevett, H.J. Murphy, and William Gardnerll INTRODUCT ION 20). This paper is a report on the effectiveness of the herbicides listed in Table 1 on the control of annual broadleaf weeds in potatoes. Procedure Katahdin potatoes were planted in a sandy loam soil the week of May 30, 1960. Seed pieces were spaced 12 inches in rows 42 inches apart. Treatments were replicated six times in randomized blocks of single-row plots paired with untreated plots. Sprays were applied with one pass of a small plot sprayer at 40 pounds pressure and 50 gallons per acre volume. Potatoes were hilled three times. The final hill was 24 inches wide at the base, ten incheS' high, and six inches wide at the top. The principal broadleaf weeds were: Wild Rutabaga (Brassica rapa L.); Red-root pigweed (Amaranthus retroflexus L.); and Lambsquarters (Chenopodium album L.). The annual grasses, Barnyard -- grass (EchInochloa crusgalli L.) and Foxtail (Setaria viridis L.), were not present In SUfficient quantity to permit accurate evaluation of control. <strong>Weed</strong> counts were made 10 weeks after planting. Results A. Comparisons of DNBP-DALAPON Mixtures with Mixtures DACTHAL-TRIETAZINE Data obtained in 1959 (1) indicated that mlxturesof Decthal and Trietazine might result in better total annual weed control than either herbicide alone, 'since Dacthal "where Brassica species are present, need reinforcement with a predom1nantl~broadleaf herbicide~ and "Trietazine needs reinforcementwlth a gr-amdnLc Lde ;" Data obtained 10'1959 further indicated that mixtures of Dacthal and Trietazine might result in a longer period of residual weed control than the currently recommended DNBP-DALAPONmixture. Data in Tables 2 and 3 show that none of the other treatments produced statistically higher yields than the standard treatment of 3 pounds DNBPplus 2.22 pounds Dalapon per acre. 11 Associate Agronomists, and Technical Assistant, respectively, Agronomy Department, Maine Agricultural Experiment Station, University ot Maine, Orono, Maine.
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THE USE OF VEGETATIVECHARACTERISTIC
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In a few grasses with smooth sheath
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5. FACTORSINFLUEUCINGTHE PERFORFANC
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7. The introduction of synthetic or
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The com;onents the distribution of
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grains. We early found that the oat
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13. Atrazine Days following cpm/O.
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15. not find an abundant production
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Weed Control In Suburbia 1 Howard H
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For establishing new lawns, I would
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Any improvement that you can make i
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PROMISINGNEWCHEMICALSFORWEEDCONTROL
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25. Promis ins results have also be
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27. (Lycbnis alba), cinquefoil (Pot
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THE EFFECTS OF ADDED PENETRANT AIDS
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... Surfactant Produced bz: . 31
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33. 33. of scintillation solution,
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Table 3. The Net Counts Per Minute
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The comparisons for lower leaves, s
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39. SUMMARY Tests using 2-C 14-1abe
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41. RECENTDEVELOPMENTS IN THEUSE OF
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second application be made not late
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45. Combinations of vegadex-Randox
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11/ Persistence of Soil-Incorporate
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Plot size varied from 9 sq. ft. to
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Lower rates of R-1856 were tested o
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greenhouse tests are listed below.
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PROGRESSREPORTON LAY-BYUEEDCONTROLI
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57. Table 1. Effect of sodium silic
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Sheets (1959) studied, under labora
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M, ',. • • •• • " ' Treat
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Figure 1. Relative performance trea
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A duplicate test was started August
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67. "he two tests which dealt with
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69. CONTROLOF WEEDSIN VEGETABLECROP
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71.' TABLE 3. RESPONSE OF VEGETABLE
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73. COHBIltit.TloNS' OF cnu:'PITH C
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75. Results The delay in applicatio
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77. Summary Logarithmic, tank-mixed
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(' ( ( Table 1 Rates and Dates of H
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( ( ( Table 3 Effect of Post-Tran~l
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( ( ( Table 5 Effect of Lay-By Herb
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Chemical Weed Control Charles J. No
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Table I. Weed control, plant stand,
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Table 1 - Table Beets Pre-plant; Pr
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91. Chemical Weed Control in Onions
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93. Table I. l;ced control, plant s
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95. Results Survey Table I of Hando
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97. Weed counts were made 3 weeks a
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99. Third applications were made on
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1t1. ~ata - Onion stand counts, wee
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The data in table 2 gives the signi
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The following effects were noted. 1
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PRE-fREATINGSOILS, APOSSIBLE.TECfiN
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· 109. Table 2. The influence of d
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..... 11 ... - Progress Report on W
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113. fndothal as a pre-planting inc
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115~ Table 3. Mean markebab l.e 9£
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1170 Chemical Weed Control Charles
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119. Table I .. Weed contrOl! plant
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121. '- The stand of plants of bo
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123. Table II. Weed control stand a
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EFFECTOF SEVERALHERBICIDESONEARLYYI
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Table 2. Calcula.ted ecre yields of
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129. - Treatment Average weight per
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-- The herbicides were applied on J
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133. Table 2. Effect of pre-plant h
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- 135. Dim tro for Weed Control in
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PJ,OORESSREPORT:ON.:WEEJhCGNTROL IN
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- Simazine 2 and 2 1/2 lb./A and at
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141. Results - .l2.22 Table 2 shows
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- !!!! Applications 143. The plots
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145. Conclusions ADexperiment carri
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147. Residual herbicide activity wa
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- Table 1. Herbicides and Rates Use
Page 151 and 152: ~ __ ( ( ( Table 3. WeedControl on
Page 153 and 154: 153. TreatiD§ Established Hemlock
Page 155 and 156: 155. flowering and growth in the sp
Page 157 and 158: 157. Table 2. Pansy Weed Control (P
Page 159 and 160: 1590 Table 3. Herbicides Used on Tu
Page 161 and 162: ------- -------------_._------ ..
Page 163 and 164: '. 163. In .Table 3 Co.mpariS01'U$
Page 165 and 166: 1.65. "'-" Ia.!!l.! ! __!ind_a!!,d_
Page 167 and 168: 167. Maleic Hydrazide for Weed Cont
Page 169 and 170: 169. 1. Dana, M. N. Sensitive Fern
Page 171 and 172: 171. -' Table 1. Amino triazole res
Page 173 and 174: 1730 Additiona! apple .,samples wer
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Page 177 and 178: 177. HUBICIDES roll YOUNGAPPLE TUES
Page 179 and 180: --. Table I. Treatments No. Materia
Page 181 and 182: Table 1 -Effect of Granular Formula
Page 183 and 184: iss. BVAWATIONor rIVE HEIBICIDES 10
Page 185 and 186: PROGRESSREPORT'ON WEEDCONTROL IN CA
Page 187 and 188: "'- Table' 1. Herbicide,s Used inCa
Page 189 and 190: 189. Tabl\7 5. Rating ot BroodIest
Page 191 and 192: WEEDGONTROLIN SWBE:rCORNWITHDACTHAL
Page 193 and 194: D. FlantinB A!Plication of Thiolcar
Page 195 and 196: Table 2. Rainfall, Monmouth, Maine
Page 197 and 198: 197. Table 4. rercent> Broadlear We
Page 199 and 200: 1-. . " Table 6. Percent Broad1eaf
Page 201: '\) 0' ,.... • ( ( ( Table 9. Y
Page 205 and 206: ·205. Percen t Woad Can trol ·196
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Page 209 and 210: Table 5. Annual Broadleaf Weed Cont
Page 211 and 212: 211. Table 9. Effect of fast-Emerge
Page 213 and 214: 2130 Conclusion There are quite a n
Page 215 and 216: SOMERESEARCHANDWEEDCONTROL METHODS
Page 217 and 218: -- ,,"I. ,'~; "... TABLEII. EFFECTO
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Page 221 and 222: '-~ With respect to asparagus. howe
Page 223 and 224: , 1 ,WEEDCONTROLIN ClaTAIN VlGBTABL
Page 225 and 226: 225 • r '.,':' .TABU: ~~ ... ,WEE
Page 227 and 228: 227 • . TABLEIV' -' WEED CONTROJ.
Page 229 and 230: 2290 'of.' .'J • ~ : ~. ... :.' "
Page 231 and 232: 231. Conclusions The results publis
Page 233 and 234: possibility of too severe thinning
Page 235 and 236: PRE-EMERGENCEWEEDCONTROLTN ceRN s,
Page 237 and 238: INCORPORATED ANDUNINCORPORATED·LIQ
Page 239 and 240: ( ( ( Table 1. Weed Control Ratings
Page 241 and 242: at both weed rating dates at Newark
Page 243 and 244: DNBP - Zytron Mixture for Weed Cont
Page 245 and 246: ~ •• 245. ·Res~1~8 fr.o.George
Page 247 and 248: 247. Weed Control in Soybeans with
Page 249 and 250: 249, EFFECTOF HERBICIDESONSEEDPRODU
Page 251 and 252: 251. TABLE3. EFFECTSOF APPLICATIONS
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253. almost a week, with treatment
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( ( ( , Table 1. Effects of Various
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Table 3. anal.ysi.s of Soil l,esidu
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Results and Discussion ;llien the f
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4. Immediate treattlent injury to t
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( ( ( Table n. :'.!:sti.Jl'ated.'er
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have very littla real II'+eaningas
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267. Table 2. Pre-emergence crabgra
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269 • ..., : Table 1.. 1960, Rain
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271. Chlordane must be used at rate
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u • 2 ( ( ( t Table 3. Effect of
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275. Table 5. Effect. of preemergen
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277. In one area, the old turf was
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279. following application. The hig
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2$1. The standard date of applicati
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Table 2. Effect of season of applyi
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L 1-l34B9 ,Jiphenyllactelonitrile o
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287. Halts F-24, Halts F-26, Halts
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POST-.EJ.iEhGENCE CONThOLOF CIiABGI
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,veedone at 4 pounds of tL.cl per a
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( ( ( Table I. Post-Emergence Contr
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• •• ., .. • •• ',' •
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297. compatible with grub-proofing
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299, Diphenatrile Results During th
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301. tentative generic name triflur
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- 1 PRE-ENERGENCE CRABGRASS CONTROL
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Discussion 30; • a) Pre-emergence
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307. TABLEI -- Comparison of Produc
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-' Table II (can't) 309. Stand of S
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312. THEEFFECTIVENESSOF COMBINATION
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314. Table 2. Stand Counts and Sile
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316. planted control before these h
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Table II. The control of quackgrass
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320. growing season in the 1957-59
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322. Table I Main Effects of Cultur
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324. Atrazine by September 10 when
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326. Another effect of Atrazine tha
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32S. Amitrol-T was intermediate in
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Qolumn Separation: Cellulose. A 24
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332, Figure -I. Chromatogram of qua
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334. PRELIMINARYRESULTSONTHE USE OF
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336. DATEOF BERRYHARVESTAS IT AFFEC
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within three inches of the soIl sur
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340 .. The growth ra.te of Horse ne
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342. dish containing ten seeds bet\
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344. is not a factor in in It is
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346 • .Absornt:j.Qn Qn Exchange R
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348. The' chrona tog ram."WaS first
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350. PROGRESSREPORTON A STUDYOF THE
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352. 7. Fluctuating warm and cold w
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354. A clos.e correlation was found
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356. 1 THE ANATOMICAL NATUREO:BTHE
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358. The 2,4,5-TP was most effectiv
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Table I. Effect. of Pre-emergence T
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INTRODUCIIOB: THEEFFECTOF WEEDCOMPE
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1";. 1958 JFab1e I (cont ' d) Treat
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366. fiE USE OF FENACFOR QUACKGRASS
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36$. SUMMARY: Based on a I).umber o
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- Table 1. Chemicals and Rates Used
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372. On spring plowed plots I where
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Table 1. Treat.ments Used and Stand
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37t. PRELIMINARYRESULTSONTHE CONTRO
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378. CHEMICAL TREATMENTS FORTHECONT
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Table ;. Visual RatiDgs and Stand C
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ANN11AL WEEDCONTROL IN SILAGECORN1
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TABLEI. field Corn tiead Control an
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Sunderiand,' Mass..Experiment: In t
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) ) BBLB I. QuackgT88S Control in F
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TABLEIII. Quackgr888 Control in Fie
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392. herbicides. In senerel."we.had
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394. RESULTS§e PISCUSSION In Augus
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396. WHATHAPPENS TO PHENOXYHERBICID
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D. TASTEAND ODORSTUDIES Taste and o
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herbicides produces aquantit.at.ive
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4('2. • A DECADEOF BRUSHCONl'ROL
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areas, fre1.uently the crews l'UIrL
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406. During June and July 1959 a pr
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408. Numerous chemicals have been u
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" A Progress Report on Urab * Brush
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412.
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414. Urab is an effective chemical
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416. application. Atrazine has a wa
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418. COMPARISONOF TECHNIQUESANDSPEC
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Table I - Results of chemicals appl
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422. Results and Discussion Data fr
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424. THE CONNECTICUT ARBORETUM RIGH
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426. (Kalmia angustifolia) ,huckleb
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42$. TABLEI (cont'd.) Technique For
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43". by Leonard and Crafts (15) mos
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432. awareness of the need for good
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434. RECOMMENDAT:I"'NS FOR THE USE
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436. The recommended materials for
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438. NATURALANDSCAJ:'ING WITHHERBIC
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440. STATEHIGHWAYHERBICIDE POLICIES
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442. There is a matter of judgment
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444. DATAON STATEHIGHWAYHERBICIDE P
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446. ROADSIDEBRUSHCONTROLWIM PHENOX
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446. Spraying begins in Connecticut
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Basal applications can be applied e
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452. UMASSACHUSETTS PROGRESSREPORTO
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45,4. Again, since the solution is
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456. Statistics In 1959, the low bi
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458. formation of seed heads. It wa
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460. In our northern division, we c
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462. '. 1. A. 200 ga'l Lons of' wat
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METHODSOF SMIJPLING RAG.hfEED POLLS
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counted. ThJ grqins m~y ba st~inad
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468. slide moved across the orifi~e
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470. INTERIMREPORTONAQUATICWEEDCONT
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,.' f'inal retJuJ.t was that the us
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474. taste and odor problems. The a
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476. AQUATIC'J1ElID.CONTJ3.,OL '65~
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478. For example: Imagine, if you:
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enefit of those both us1ng the wate
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• • of ,-, "",jqc. '\:':' ',:,;
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~ '. r; I ' ':'.' ~, ',;' '.'. 1·"
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486. weeds increased the food 4.3 t
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..; . " .," .. ,', oontro..lbe ·oo
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490. Idee1ly these woUld coVer' foo
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4')2. Literatm-o Cit~: Biolog:$,cal
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494. SYSt.:Clil ..:ne sp:aying cont
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496. 0ll'l;ljing, &hluL ..l V,~l"Y
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etween our sprayine=. operatdons an
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500. loblolly pine existed iii quat
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502. 'j' " Using results for all ou
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cut over several year. ,b.elozoe.·
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506. HARJJ.rlOOD CONTROL WITHMIST B
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508. distance was achieved. All sub
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510. Hardwood oontrol within the li
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• J ". 512. ~ ., and the weather
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) ) ) '.. . . hble). EffectbeneBB o
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516. HERBICIDf;TECHNIQUE.:> ,FORTn-
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518. The possibility o:rusing contr
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520 • . However, the capacity of
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522. This is followed by planting i
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524. AQJJATICWEEDCONTROLANDRELATEDP
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526. findings we increased the amou
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52e. There is a constant reinfectio
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530. in 1960 the Potamogeton re-app
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532. PROGRESSREPORT ON THE FIELD TE
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534. It· was tht.;n necessary to d
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536. l.qunlin Hcrbici(.l(; pr-ove-d
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;538. P.EFEP..ENCES 1. ijOSCIlETTI,
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540. The oontrol plot was ohosen so
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542. The dissolved oxygen content r
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544. Summary 1. Six experimental pl
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546. A PRELIMINARYREPORTON THE EFFE
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that either slow chemical hydrolysi
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550. In July of 1959 funds were mad
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552. The barge was run at ~ speed o
Page 554 and 555:
554. areas successfully treated in
Page 556 and 557:
556. pick~rel spawning suacess but
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Control of the Pondweed. Potamogeto
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560. THE ABSORPTIONANDMETABOLISMOF
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562. in controlling weeds in ponds
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CommonName WEEDSCONTROLLED ANDAQUAT
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566. PROGRESS-R!PORT·ON CONTltOLOF
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568. Herbicides used for these stud
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570. StHtARy Invasion of Eurasian v
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AUTHORINDEX(continued) ~ King, -Ken
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S/I/pg.2 Dinitro (DNOSBP) •• 11
Page 576:
S/I/4 SUBJECTINDEX{corrt Lnued ) S/
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Vol. 15â1961 - NorthEastern Weed Science Society

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Vol. 15â1961 - NorthEastern Weed Science Society